The modern manufacturing industry is rapidly changing these days, and at the rate, things are going in this sector there is no stopping there. One substantial factor that drives this growth is the CNC plasmacam Australia machining method.
A CNC machine or computer numeric control system makes it possible to scale your manufacturing efforts sans the worries of losing along the way important elements like accuracy and quality. The technology working behind these machines is not new. It was first introduced to the industry way back in the 1940s and 50s, but back then it was just the old school “punched tape” technology.
Over the years, this technology has gone through an array of changes and an awful lot of developments. What we now have are CNC machining systems that depend and rely on Computer-Aided Design (CAD) files. Without the use of CAD files, the creation of a prototype is not likely possible.
And since everything here is under the control of a computer system, they are automated and highly technical products, eliminating in the process manual intervention saving your company time and money.
Below are some of the different ways in which CNC technology created a significant impact on manufacturing today.
1. Faster Than Ever
Perhaps what can be considered as the biggest advantage and milestone of CNC plasmacam Australia machining is how it improved the increase of manufacturing speed. Pre-established movements and automation of manufacturing systems and processes can help save your company countless numbers of man-hours.
The machine itself will know beforehand what to do since a computer file would be generated even before the commands are extracted. By this measure, the need for human intervention is taken out of the picture, which is good news.
Most of the time, the process of creating prototypes can be very complex and expensive at the same time. As an extremely important part of the product creation process, prototyping a product is the best way to prepare it for launching or mass production.
What manufacturers traditionally do is to create their products in massive quantities, making it more affordable for them. But this is not a practical measure to undertake most especially when you are still trying to identify design, usability, or functional flaws.
3. Less Waste
Traditional manufacturing processes will produce a significant amount of waste, and this can be seen with the raw materials being used. If one of the workers made a mistake or had a wrong move anytime during the manufacturing process, the materials they are working on is rendered useless and would likely get thrown away as trash. This scenario is a driver for costs to both the manufacturers and the consumers.
CNC plasmacam machining is a gamechanger here. It helps businesses get the most optimal use of their materials, eliminating the likelihood of wastage during the manufacturing process. This is one of the many aspects by which the use of machines is a better option to take because they perform much better than employed human workers.
4. One-Step Manufacturing
One-step manufacturing, this is the last thing we’ll need to look into. If you are going to take on CNC machining for your upcoming projects, you will always commence it with a CAD model. At this point, you need to have the finalized design already prior to introducing it to your CNC cutting machine.
Taken out from the equation here is the involvement of a rather complex and lengthy manufacturing process. Since CNC machining equipment is qualified as an additive process, the creation of the product will only involve a single-step process. During this build stage, interaction from the operator is not at all necessary.